Python Advanced Exam - 23 October 2021

# Python Advanced Exam - 23 October 2021

# https://judge.softuni.org/Contests/Practice/Index/3227#2

# 01. Aladdin's Gifts
# 02. Ball in the Bucket
# 03. Shopping List

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# 01. Aladdin's Gifts

from collections import deque


def craft_gift_func(current_result):
    if 100 <= current_result <= 199:
        gifts['Gemstone'] += 1
    elif 200 <= current_result <= 299:
        gifts['Porcelain Sculpture'] += 1
    elif 300 <= current_result <= 399:
        gifts['Gold'] += 1
    elif 400 <= current_result <= 499:
        gifts['Diamond Jewellery'] += 1


materials = deque([int(x) for x in input().split()])
magic_values = deque([int(x) for x in input().split()])
gifts = {'Diamond Jewellery': 0, 'Gemstone': 0, 'Gold': 0, 'Porcelain Sculpture': 0}

while True:
    if not materials or not magic_values:
        break
    last_material = materials[-1]
    first_magic_value = magic_values[0]
    result = last_material + first_magic_value

    if result >= 100:
        craft_gift_func(result)

    elif result < 100:
        if result % 2 == 0:
            result = last_material * 2 + first_magic_value * 3
        else:
            result *= 2

        craft_gift_func(result)

    if result > 499:
        result /= 2
        craft_gift_func(result)

    materials.pop()
    magic_values.popleft()

success = False
if gifts['Gemstone'] > 0 and gifts['Porcelain Sculpture'] > 0:
    success = True
if gifts['Gold'] > 0 and gifts['Diamond Jewellery'] > 0:
    success = True

if success:
    print("The wedding presents are made!")
else:
    print("Aladdin does not have enough wedding presents.")

if materials:
    print(f'Materials left: {", ".join(str(m) for m in materials)}')
if magic_values:
    print(f"Magic left: {', '.join(str(v) for v in magic_values)}")

for name, count in gifts.items():
    if count:
        print(f'{name}: {count}')


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# 02. Ball in the Bucket
# NEW VERSION !


def is_inside(r, c):
    return 0 <= r < SIZE and 0 <= c < SIZE


def check_req_func(points):
    if 100 <= points < 200:
        return f"Good job! You scored {points} points, and you've won Football."
    elif 200 <= points < 300:
        return f"Good job! You scored {points} points, and you've won Teddy Bear."
    elif points >= 300:
        return f"Good job! You scored {points} points, and you've won Lego Construction Set."
    else:
        return f'Sorry! You need {100 - points} points more to win a prize.'


def calculate_points_func(c):
    result = 0
    for cell in range(0, SIZE):
        cur_shot = matrix[cell][c]
        if not cur_shot.isalpha():
            result += int(cur_shot)
    return result


SIZE = 6
matrix = []
target_B = []
for _ in range(SIZE):
    matrix.append(input().split())

total_sum = 0
for _ in range(3):
    row, col = eval(input())
    if (row, col) not in target_B:
        target_B.append((row, col))
    else:
        continue

    if is_inside(row, col):
        current_shot = matrix[row][col]
        if current_shot == 'B':
            total_sum += calculate_points_func(col)

print(check_req_func(total_sum))


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# 02. Ball in the Bucket
# OLD VERSION


def is_inside_func(r, c):
    return 0 <= r < 6 and 0 <= c < 6


def sum_func(current_col):
    points = 0
    for position in range(6):
        if matrix[0 + position][current_col] != 'B':
            points += int(matrix[0 + position][current_col])

    return points


matrix = []
target_down = []

for row_index in range(6):
    matrix.append(input().split())

total_points = 0

for _ in range(3):
    row, col = eval(input())
    if is_inside_func(row, col):
        if matrix[row][col] == 'B' and (row, col) not in target_down:
            target_down.append((row, col))
            total_points += sum_func(col)

toy_won = []

if 100 <= total_points < 200:
    toy_won.append('Football')
elif 200 <= total_points < 300:
    toy_won.append('Teddy Bear')
elif total_points >= 300:
    toy_won.append('Lego Construction Set')

if toy_won:
    print(f"Good job! You scored {total_points} points, and you've won {''.join(toy_won)}.")
else:
    print(f"Sorry! You need {100-total_points} points more to win a prize.")


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# 03. Shopping List


def shopping_list(budget, **kwargs):
    product_limit = 5
    if budget < 100:
        return f'You do not have enough budget.'

    total_product = ""
    for product, details in kwargs.items():

        price = float(details[0])
        count = float(details[1])

        result = price * count
        if result <= budget and product_limit:
            budget -= result
            total_product += f'You bought {product} for {result:.2f} leva.\n'
            product_limit -= 1

    return total_product


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